超级军网反舰弹道导弹打航母
来源：百度文库 编辑：超级军网 时间：2024/04/26 17:27:25
Omitted......
Asian military sources have told the author that a version of the DF-21 is expected to be the first PLA missile to carry a new terminally-guided warhead to create the world抯 first anti-ship ballistic missile (ASBM). Both U.S. and Asian sources have stated that this missile was tested in 2005 and in 2006. With the April 2006 launch of the Jianbing-5/YaoGan-1, China抯 first dedicated military synthetic aperture radar (SAR) satellite, and a related new high-resolution digital imaging satellite Jianbing-6/YaoGan-2 last May 25[1], China抯 new ASBM may be close to achieving an initial operational status. Russian technology SAR and electro-optical satellites dedicated to counter-naval missions may be launched later this year. These satellites can join existing Chinese long-range Over-the-Horizon radar and land-based electronic intelligence sensors, aircraft and even ships to provide composite targeting data for ASBMs. China will also use its future "Compass" navigation satellite constellation to provide precision guidance for this and other missiles.
China抯 new ASBMs pose a strategic as well as a tactical challenge to U.S. forces in Asia. At present the U.S. does not have anti-missile capabilities to defend large U.S. ships against this threat, so vulnerable targets, most importantly aircraft carriers, will have to remain out of missile range in order to survive. This factor will further limit the effectiveness of their already range-challenged F/A-18E/F fighter bombers. U.S. Aegis cruisers and destroyers now being outfitted with new SM-3 interceptors with upgraded radar and processing capabilities may in the future be configured to deal with this threat, but if so, they may not be available for other missions, like protecting people. The fact is that no anti-missile system is going to come close to providing reliable defense. For China, ASBMs provide a means for saturating U.S. ships with missiles. While ASBMs are bearing down from above, their attack can be coordinated with waves of submarine, air and ship-launched anti-ship cruise missiles.
The DF-21 also provided the basis for the four-stage KT-1 mobile solid fuel space launch vehicle, which in turn, forms the basis for the SC-19 direct-ascent anti-satellite (ASAT) missile. A more capable ASAT missile may be derived from the KT-2, which Chinese sources at the 2002 Zhuhai Airshow stated was based on the DF-31 ICBM. The massive debris from the January 11 satellite destruction has forced the U.S. to move one satellite[2], and possibly, the International Space Station, to avoid destruction. The threat from the Chinese satellite debris will exist for about a decade to come.
Omitted......Omitted......
Asian military sources have told the author that a version of the DF-21 is expected to be the first PLA missile to carry a new terminally-guided warhead to create the world抯 first anti-ship ballistic missile (ASBM). Both U.S. and Asian sources have stated that this missile was tested in 2005 and in 2006. With the April 2006 launch of the Jianbing-5/YaoGan-1, China抯 first dedicated military synthetic aperture radar (SAR) satellite, and a related new high-resolution digital imaging satellite Jianbing-6/YaoGan-2 last May 25[1], China抯 new ASBM may be close to achieving an initial operational status. Russian technology SAR and electro-optical satellites dedicated to counter-naval missions may be launched later this year. These satellites can join existing Chinese long-range Over-the-Horizon radar and land-based electronic intelligence sensors, aircraft and even ships to provide composite targeting data for ASBMs. China will also use its future "Compass" navigation satellite constellation to provide precision guidance for this and other missiles.
China抯 new ASBMs pose a strategic as well as a tactical challenge to U.S. forces in Asia. At present the U.S. does not have anti-missile capabilities to defend large U.S. ships against this threat, so vulnerable targets, most importantly aircraft carriers, will have to remain out of missile range in order to survive. This factor will further limit the effectiveness of their already range-challenged F/A-18E/F fighter bombers. U.S. Aegis cruisers and destroyers now being outfitted with new SM-3 interceptors with upgraded radar and processing capabilities may in the future be configured to deal with this threat, but if so, they may not be available for other missions, like protecting people. The fact is that no anti-missile system is going to come close to providing reliable defense. For China, ASBMs provide a means for saturating U.S. ships with missiles. While ASBMs are bearing down from above, their attack can be coordinated with waves of submarine, air and ship-launched anti-ship cruise missiles.
The DF-21 also provided the basis for the four-stage KT-1 mobile solid fuel space launch vehicle, which in turn, forms the basis for the SC-19 direct-ascent anti-satellite (ASAT) missile. A more capable ASAT missile may be derived from the KT-2, which Chinese sources at the 2002 Zhuhai Airshow stated was based on the DF-31 ICBM. The massive debris from the January 11 satellite destruction has forced the U.S. to move one satellite[2], and possibly, the International Space Station, to avoid destruction. The threat from the Chinese satellite debris will exist for about a decade to come.
Omitted......
Asian military sources have told the author that a version of the DF-21 is expected to be the first PLA missile to carry a new terminally-guided warhead to create the world抯 first anti-ship ballistic missile (ASBM). Both U.S. and Asian sources have stated that this missile was tested in 2005 and in 2006. With the April 2006 launch of the Jianbing-5/YaoGan-1, China抯 first dedicated military synthetic aperture radar (SAR) satellite, and a related new high-resolution digital imaging satellite Jianbing-6/YaoGan-2 last May 25[1], China抯 new ASBM may be close to achieving an initial operational status. Russian technology SAR and electro-optical satellites dedicated to counter-naval missions may be launched later this year. These satellites can join existing Chinese long-range Over-the-Horizon radar and land-based electronic intelligence sensors, aircraft and even ships to provide composite targeting data for ASBMs. China will also use its future "Compass" navigation satellite constellation to provide precision guidance for this and other missiles.
China抯 new ASBMs pose a strategic as well as a tactical challenge to U.S. forces in Asia. At present the U.S. does not have anti-missile capabilities to defend large U.S. ships against this threat, so vulnerable targets, most importantly aircraft carriers, will have to remain out of missile range in order to survive. This factor will further limit the effectiveness of their already range-challenged F/A-18E/F fighter bombers. U.S. Aegis cruisers and destroyers now being outfitted with new SM-3 interceptors with upgraded radar and processing capabilities may in the future be configured to deal with this threat, but if so, they may not be available for other missions, like protecting people. The fact is that no anti-missile system is going to come close to providing reliable defense. For China, ASBMs provide a means for saturating U.S. ships with missiles. While ASBMs are bearing down from above, their attack can be coordinated with waves of submarine, air and ship-launched anti-ship cruise missiles.
The DF-21 also provided the basis for the four-stage KT-1 mobile solid fuel space launch vehicle, which in turn, forms the basis for the SC-19 direct-ascent anti-satellite (ASAT) missile. A more capable ASAT missile may be derived from the KT-2, which Chinese sources at the 2002 Zhuhai Airshow stated was based on the DF-31 ICBM. The massive debris from the January 11 satellite destruction has forced the U.S. to move one satellite[2], and possibly, the International Space Station, to avoid destruction. The threat from the Chinese satellite debris will exist for about a decade to come.
Omitted......Omitted......
Asian military sources have told the author that a version of the DF-21 is expected to be the first PLA missile to carry a new terminally-guided warhead to create the world抯 first anti-ship ballistic missile (ASBM). Both U.S. and Asian sources have stated that this missile was tested in 2005 and in 2006. With the April 2006 launch of the Jianbing-5/YaoGan-1, China抯 first dedicated military synthetic aperture radar (SAR) satellite, and a related new high-resolution digital imaging satellite Jianbing-6/YaoGan-2 last May 25[1], China抯 new ASBM may be close to achieving an initial operational status. Russian technology SAR and electro-optical satellites dedicated to counter-naval missions may be launched later this year. These satellites can join existing Chinese long-range Over-the-Horizon radar and land-based electronic intelligence sensors, aircraft and even ships to provide composite targeting data for ASBMs. China will also use its future "Compass" navigation satellite constellation to provide precision guidance for this and other missiles.
China抯 new ASBMs pose a strategic as well as a tactical challenge to U.S. forces in Asia. At present the U.S. does not have anti-missile capabilities to defend large U.S. ships against this threat, so vulnerable targets, most importantly aircraft carriers, will have to remain out of missile range in order to survive. This factor will further limit the effectiveness of their already range-challenged F/A-18E/F fighter bombers. U.S. Aegis cruisers and destroyers now being outfitted with new SM-3 interceptors with upgraded radar and processing capabilities may in the future be configured to deal with this threat, but if so, they may not be available for other missions, like protecting people. The fact is that no anti-missile system is going to come close to providing reliable defense. For China, ASBMs provide a means for saturating U.S. ships with missiles. While ASBMs are bearing down from above, their attack can be coordinated with waves of submarine, air and ship-launched anti-ship cruise missiles.
The DF-21 also provided the basis for the four-stage KT-1 mobile solid fuel space launch vehicle, which in turn, forms the basis for the SC-19 direct-ascent anti-satellite (ASAT) missile. A more capable ASAT missile may be derived from the KT-2, which Chinese sources at the 2002 Zhuhai Airshow stated was based on the DF-31 ICBM. The massive debris from the January 11 satellite destruction has forced the U.S. to move one satellite[2], and possibly, the International Space Station, to avoid destruction. The threat from the Chinese satellite debris will exist for about a decade to come.
Omitted......
省略...... 亚洲军方人士告诉笔者,一版的东风21 ,可望成为第一家解放军 导弹携带一个新的末制导弹头,以创造世界尚属首次反舰弹道导弹( asbm ) . 美国和亚洲消息人士称,这次导弹试验是在2005年及2006年. 与2006年4月推出的jianbing-5/yaogan-1 ,我国尚属首个专门的军事合成孔径雷达( SAR )卫星, 与此相关的新的高分辨率数字成像卫星jianbing-6/yaogan-2去年5月25日[1] 中国尚属新asbm可能接近于达成一项初步的业务状况. 俄罗斯技术特区和电光卫星专用反海军代表团可能于本年稍后时间展开. 这些卫星可以加入,中国现有的远程超视距雷达和陆基电子情报传感器 飞机和舰艇甚至提供复合对象数据asbms . 中国也将利用其未来的"指南针"导航卫星星座,以提供精确制导这和其他导弹. 中国尚属新asbms构成战略以及战术挑战,是美军在亚洲. 目前美国没有反飞弹能力,以保卫美国的大型船舶,针对这一威胁, 如此脆弱的目标,最重要的航空母舰,将继续进行导弹射程为了生存. 这一因素会进一步限制,其成效已经距离质疑战机战斗轰炸机. 美国神盾级巡洋舰和驱逐舰正在配备了新的标准-3型导弹拦截系统雷达升级和加工能力,可在 今后可通过配置来对付这一威胁,但即使如此, 他们未必可用于其他任务,要保护人民. 事实上,没有反飞弹系统是走出来,接近提供可靠防御. 中国asbms提供了手段充塞美国舰艇导弹. 虽然asbms承受下来以上,其攻击可以协调与海浪潜艇, 航空和舰射型反舰巡航导弹. 其DF - 21还提供了依据四个阶段kt 1机动固体燃料航天运载火箭,它反过来 形式基础的资深- 19直接新天地反卫星(反卫星)飞弹. 一个更有能力的反卫星导弹,可从肾移植- 2 中国消息,在2002年珠海航展表示,是基于东风31洲际弹道导弹. 大量碎片从一月十一日摧毁卫星已迫使美国搬到卫星[2] ,并在可能的, 国际空间站计划,以避免破坏. 威胁来自中国卫星碎片会存在10年左右来. 省略......
也就是说
关键在于 提高 观测能力!
关键在于 提高 观测能力!
大概性地 翻译了下，才发现，我 氧化钙！！！！！！原来是骗人 的枪文！！！！！太可恶了。